Inheritance diagram for makVrv::DtTritonManager:

Public Types
enum	TritonQuality { TritonQuality_Good, TritonQuality_Better, TritonQuality_Best }

Public Member Functions
virtual	~DtTritonManager ()
void	addToScene ()
virtual void	oceanLayerAdded ()
virtual void	oceanLayerToBeDeleted ()
void	setSeaLevel (float level)
float	seaLevel () const
	Returns the current sea level.
void	setElevationLod (double maxElevation)
double	elevationLod () const
void	setWind (double speed, double direction, double fetch=0.0)
	Set the wind effects on ocean waves.
void	setDouglasSeaState (int seaState, double seaStateDirection, int swellState, double swellStateDirection)
	Set the Douglas sea and swell states.
void	addSwell (float wavelength, float waveHeight, float radiansClockwiseFromNorth)
void	clearSwells ()
void	setChoppiness (float chop)
	Set the choppiness of the waves.
bool	getIsUnderwater () const
	Water visibility when below water.
void	setUnderwaterVisibility (double distance)
bool	setUnderwaterFogColor (const DtVector &fogColor)
void	setUnderwaterFogEnabled (bool enabled)
void	setWaterColor (const DtVector &waterColor)
DtVector	waterColor () const
double	waterVisibility () const
void	setWaterVisibility (double distance)
void	setSurfaceTransparency (double transparency)
bool	setSurgeDepth (float depth)
bool	getSurgeDepth (float &depth) const
void	setDepthOffset (float offset)
bool	intersect (const DtVector &position, DtVector &positionOut, DtVector &normalOut, float waterlineAdjustment=0.0)
	Get the intersection with a wave, assuming the position is directly above the sea (vertical)
bool	intersectSeaLevel (const DtVector &position, const DtVector &direction, DtVector &positionOut)
	Get an intersection of a ray starting at position and pointing in direction with the sea level plane.
bool	getHeight (const DtVector &position, const DtVector &direction, double &height, DtVector &normalOut)
	Get the height of the wave field intersected by a ray starting at position pointing in direction.
Triton::WakeGenerator *	createWake (const Triton::WakeGeneratorParameters &parameters)
Triton::RotorWash *	createRotorWash (double rotorDiameter)
Triton::Impact *	createImpact (double impactorDiameter, double mass, double sprayScale)
Triton::TidalStreamWake *	createTidalStreamWake (double size, double draft, double maxWaveHeight, double offset)
	Create a wake from a fixed object such as a buoy or bridge pile, with a given wave length, draft (distance below water the object extends,) and maximum wave amplitude.
void	setSplashEffects (bool screenSplashEnabled)
	Toggle water splash on screen effects when submerging.
bool	splashEffects () const
void	setSprayEffects (bool screenSprayEnabled)
	Toggle water spray on screen effects when near the water.
bool	sprayEffects () const
void	setWaveSprayEffects (bool waveSprayEnabled)
	Toggle spray effects from high wave crests.
bool	waveSprayEffects () const
void	setDecalEffects (bool decalsEnabled)
	Toggle use of decal textures on rotor wash for subsquently created rotor washes.
bool	decalEffects () const
void	setGodRayEffects (bool godRaysEnabled)
	Toggles underwater "god rays" or shafts of light.
bool	godRayEffects () const
void	setBreakingWaveAmplitude (float meters)
float	getBreakingWaveAmplitude () const
float	getMaximumWaveHeight ()
	Returns maximum wave height just based on the sea state.
void	setHeightMapResolution (float metersPerTexel)
	Get/set the meters represented by one height map texel.
bool	getHeightMapResolution (float &metersPerTexel) const
void	setSeaState (unsigned int beaufortScale)
unsigned int	seaState () const
void	setBeach (const DtVector &origin, const DtVector &normal)
void	setPlanarReflections (bool enable)
bool	planarReflections () const
void	setHeightMap (bool enable)
bool	heightMap () const
void	setWaveDampingDistance (float distance)
float	waveDampingDistance () const
void	setCorrelateIntersectionsToVisuals (bool visualCorrelation)
bool	correlateIntersectionsToVisuals () const
virtual void	setQuality (unsigned int quality)
	Set quality of wave simulation - "good" yields best performance but least detail, "best" favors quality over performance.
virtual TritonQuality	getQuality () const
virtual bool	isOverWater (const DtVector &localPosition, bool isVisible=true)
	Returns whether we are currently over water.
bool	addedToScene ()
void	setIsVisible (bool visible, unsigned int frameNum)
bool	getIsVisible ()
DtTime	oceanTime () const
DtTritonDrawable *	tritonDrawable () const
virtual double	getOceanZoomOverride () const
virtual void	setOceanZoomOverride (double zoomOverride)
Public Member Functions inherited from makVrv::DtOceanStateInterface
	DtOceanStateInterface (DtDe &de)
	CTOR.
virtual	~DtOceanStateInterface ()
	Virtual DTOR.
Public Member Functions inherited from makVrv::DtVirtualBaseClass
	DtVirtualBaseClass ()
	Do nothing constructor.
virtual	~DtVirtualBaseClass ()
	Virtual do nothing destructor.

Static Public Member Functions
static DtTritonManager &	instance (makVrv::DtDe &de)

Public Attributes
boost::signal< void()>	signal_oceanInitialized
boost::signal< void()>	signal_addedToScene
boost::signal< void()>	signal_removedFromScene
boost::signal< void(double)>	signal_shipSpeedChanged

Protected Member Functions
	DtTritonManager (makVrv::DtDe &de)
void	slot_postInitialize ()
void	slot_driverToBeDestroyed (DtDriver &driver)
DtDynamicOceanObject *	dynamicOcean () const
	Helper function to get the dynamic ocean.

Protected Attributes
DtSignalConnectionManager	mySignals
DtTritonEventProcessor *	myEventProcessor
osg::ref_ptr< DtTritonDrawable >	myTritonDrawable
osg::ref_ptr< DtTritonGroup >	myTritonRoot
float	myElevationRange
float	mySeaLevel
double	myWaterVisibility
bool	myVisualIntersections
float	myWaveDampingDistance
unsigned int	myLastFrameNum
bool	myWaterVisible
bool	myDecalEffects
DtVector	myWaterColor
double	myOceanZoomOverride
DtDynamicOceanObjectManager &	myDynamicOceanObjectManager
DtTritonManager::TritonQuality	myTritonQuality
Protected Attributes inherited from makVrv::DtOceanStateInterface
DtDe &	myDe

Member Enumeration Documentation

enum makVrv::DtTritonManager::TritonQuality

Enumerator:

TritonQuality_Good
TritonQuality_Better
TritonQuality_Best

Constructor & Destructor Documentation

virtual makVrv::DtTritonManager::~DtTritonManager ( )

virtual

makVrv::DtTritonManager::DtTritonManager ( makVrv::DtDe & de )

protected

Member Function Documentation

static DtTritonManager& makVrv::DtTritonManager::instance ( makVrv::DtDe & de )

static

void makVrv::DtTritonManager::addToScene ( )

virtual void makVrv::DtTritonManager::oceanLayerAdded ( )

virtual

virtual void makVrv::DtTritonManager::oceanLayerToBeDeleted ( )

virtual

void makVrv::DtTritonManager::setSeaLevel ( float level )

float makVrv::DtTritonManager::seaLevel ( ) const

virtual

Returns the current sea level.

Reimplemented from makVrv::DtOceanStateInterface.

void makVrv::DtTritonManager::setElevationLod ( double maxElevation )

double makVrv::DtTritonManager::elevationLod ( ) const

void makVrv::DtTritonManager::setWind	(	double	speed,
		double	direction,
		double	fetch = `0.0`
	)

Set the wind effects on ocean waves.

Parameters

[in]	speed	is in meters per second.
[in]	direction	is in radians clockwise from north.
[in]	fetch	is fetch distance in meters.

void makVrv::DtTritonManager::setDouglasSeaState	(	int	seaState,
		double	seaStateDirection,
		int	swellState,
		double	swellStateDirection
	)

Set the Douglas sea and swell states.

Parameters

[in]	seaState	is the sea-state generated by local winds (0 - 9).
[in]	seaStateDirection	is the direction of the sea-state.
[in]	swellState	is the swell-state generated afar (0 - 9).
[in]	swellStateDirection	is the direction of the swells.

Note: All directions are in radians clockwise from north.; Calling this function clears out existing swells and waves created with setWind(double, double, double).

void makVrv::DtTritonManager::addSwell	(	float	wavelength,
		float	waveHeight,
		float	radiansClockwiseFromNorth
	)

void makVrv::DtTritonManager::clearSwells ( )

void makVrv::DtTritonManager::setChoppiness ( float chop )

Set the choppiness of the waves.

Parameters

[in] chop is a normalized value from 0.0 to 1.0.

bool makVrv::DtTritonManager::getIsUnderwater ( ) const

virtual

Water visibility when below water.

Reimplemented from makVrv::DtOceanStateInterface.

void makVrv::DtTritonManager::setUnderwaterVisibility ( double distance )

bool makVrv::DtTritonManager::setUnderwaterFogColor ( const DtVector & fogColor )

void makVrv::DtTritonManager::setUnderwaterFogEnabled ( bool enabled )

void makVrv::DtTritonManager::setWaterColor ( const DtVector & waterColor )

DtVector makVrv::DtTritonManager::waterColor ( ) const

double makVrv::DtTritonManager::waterVisibility ( ) const

void makVrv::DtTritonManager::setWaterVisibility ( double distance )

void makVrv::DtTritonManager::setSurfaceTransparency ( double transparency )

bool makVrv::DtTritonManager::setSurgeDepth ( float depth )

bool makVrv::DtTritonManager::getSurgeDepth ( float & depth ) const

void makVrv::DtTritonManager::setDepthOffset ( float offset )

bool makVrv::DtTritonManager::intersect	(	const DtVector &	position,
		DtVector &	positionOut,
		DtVector &	normalOut,
		float	waterlineAdjustment = `0.0`
	)

Get the intersection with a wave, assuming the position is directly above the sea (vertical)

bool makVrv::DtTritonManager::intersectSeaLevel	(	const DtVector &	position,
		const DtVector &	direction,
		DtVector &	positionOut
	)

Get an intersection of a ray starting at position and pointing in direction with the sea level plane.

bool makVrv::DtTritonManager::getHeight	(	const DtVector &	position,
		const DtVector &	direction,
		double &	height,
		DtVector &	normalOut
	)

Get the height of the wave field intersected by a ray starting at position pointing in direction.

Triton::WakeGenerator* makVrv::DtTritonManager::createWake ( const Triton::WakeGeneratorParameters & parameters )

Triton::RotorWash* makVrv::DtTritonManager::createRotorWash ( double rotorDiameter )

Triton::Impact* makVrv::DtTritonManager::createImpact	(	double	impactorDiameter,
		double	mass,
		double	sprayScale
	)

Triton::TidalStreamWake* makVrv::DtTritonManager::createTidalStreamWake	(	double	size,
		double	draft,
		double	maxWaveHeight,
		double	offset
	)

Create a wake from a fixed object such as a buoy or bridge pile, with a given wave length, draft (distance below water the object extends,) and maximum wave amplitude.

Call Update() on this object each frame to activate it for a given position, direction, and tidal stream velocity.

void makVrv::DtTritonManager::setSplashEffects ( bool screenSplashEnabled )

Toggle water splash on screen effects when submerging.

bool makVrv::DtTritonManager::splashEffects ( ) const

void makVrv::DtTritonManager::setSprayEffects ( bool screenSprayEnabled )

Toggle water spray on screen effects when near the water.

bool makVrv::DtTritonManager::sprayEffects ( ) const

void makVrv::DtTritonManager::setWaveSprayEffects ( bool waveSprayEnabled )

Toggle spray effects from high wave crests.

bool makVrv::DtTritonManager::waveSprayEffects ( ) const

void makVrv::DtTritonManager::setDecalEffects ( bool decalsEnabled )

Toggle use of decal textures on rotor wash for subsquently created rotor washes.

bool makVrv::DtTritonManager::decalEffects ( ) const

void makVrv::DtTritonManager::setGodRayEffects ( bool godRaysEnabled )

Toggles underwater "god rays" or shafts of light.

bool makVrv::DtTritonManager::godRayEffects ( ) const

void makVrv::DtTritonManager::setBreakingWaveAmplitude ( float meters )

float makVrv::DtTritonManager::getBreakingWaveAmplitude ( ) const

float makVrv::DtTritonManager::getMaximumWaveHeight ( )

virtual

Returns maximum wave height just based on the sea state.

Reimplemented from makVrv::DtOceanStateInterface.

void makVrv::DtTritonManager::setHeightMapResolution ( float metersPerTexel )

Get/set the meters represented by one height map texel.

bool makVrv::DtTritonManager::getHeightMapResolution ( float & metersPerTexel ) const

void makVrv::DtTritonManager::setSeaState ( unsigned int beaufortScale )

unsigned int makVrv::DtTritonManager::seaState ( ) const

void makVrv::DtTritonManager::setBeach	(	const DtVector &	origin,
		const DtVector &	normal
	)

void makVrv::DtTritonManager::setPlanarReflections ( bool enable )

bool makVrv::DtTritonManager::planarReflections ( ) const

void makVrv::DtTritonManager::setHeightMap ( bool enable )

bool makVrv::DtTritonManager::heightMap ( ) const

void makVrv::DtTritonManager::setWaveDampingDistance ( float distance )

float makVrv::DtTritonManager::waveDampingDistance ( ) const

void makVrv::DtTritonManager::setCorrelateIntersectionsToVisuals ( bool visualCorrelation )

bool makVrv::DtTritonManager::correlateIntersectionsToVisuals ( ) const

virtual void makVrv::DtTritonManager::setQuality ( unsigned int quality )

virtual

Set quality of wave simulation - "good" yields best performance but least detail, "best" favors quality over performance.

Default is good.

virtual TritonQuality makVrv::DtTritonManager::getQuality ( ) const

virtual

virtual bool makVrv::DtTritonManager::isOverWater	(	const DtVector &	localPosition,
		bool	isVisible = `true`
	)

virtual

Returns whether we are currently over water.

This can't be implemented correctly until we have coastal boundaries. For now, we use a call to Triton::Ocean->GetIntersection() if isVisible is true; this only works if there is a valid height map in the area of the query, which means it will only work correctly if there is a camera (observer) in the query area; it really should only be used for things that are LOD'd out when not close to an observer; things like wakes on amphibious vehicles, tidal stream wakes, or rotor wash. We use the returned height of a terrain intersect call if isVisible is false; sea level or below is water, anything higher is not.

Reimplemented from makVrv::DtOceanStateInterface.

bool makVrv::DtTritonManager::addedToScene ( )

void makVrv::DtTritonManager::setIsVisible	(	bool	visible,
		unsigned int	frameNum
	)

bool makVrv::DtTritonManager::getIsVisible ( )

DtTime makVrv::DtTritonManager::oceanTime ( ) const

DtTritonDrawable* makVrv::DtTritonManager::tritonDrawable ( ) const

virtual double makVrv::DtTritonManager::getOceanZoomOverride ( ) const

virtual

virtual void makVrv::DtTritonManager::setOceanZoomOverride ( double zoomOverride )

virtual

void makVrv::DtTritonManager::slot_postInitialize ( )

protected

void makVrv::DtTritonManager::slot_driverToBeDestroyed ( DtDriver & driver )

protected

DtDynamicOceanObject* makVrv::DtTritonManager::dynamicOcean ( ) const

protected

Helper function to get the dynamic ocean.

Member Data Documentation

boost::signal<void ()> makVrv::DtTritonManager::signal_oceanInitialized

boost::signal<void()> makVrv::DtTritonManager::signal_addedToScene

boost::signal<void()> makVrv::DtTritonManager::signal_removedFromScene

boost::signal<void (double)> makVrv::DtTritonManager::signal_shipSpeedChanged

DtSignalConnectionManager makVrv::DtTritonManager::mySignals

protected

DtTritonEventProcessor* makVrv::DtTritonManager::myEventProcessor

protected

osg::ref_ptr<DtTritonDrawable> makVrv::DtTritonManager::myTritonDrawable

protected

osg::ref_ptr<DtTritonGroup> makVrv::DtTritonManager::myTritonRoot

protected

float makVrv::DtTritonManager::myElevationRange

protected

float makVrv::DtTritonManager::mySeaLevel

protected

double makVrv::DtTritonManager::myWaterVisibility

protected

bool makVrv::DtTritonManager::myVisualIntersections

protected

float makVrv::DtTritonManager::myWaveDampingDistance

protected

unsigned int makVrv::DtTritonManager::myLastFrameNum

protected

bool makVrv::DtTritonManager::myWaterVisible

protected

bool makVrv::DtTritonManager::myDecalEffects

protected

DtVector makVrv::DtTritonManager::myWaterColor

protected

double makVrv::DtTritonManager::myOceanZoomOverride

protected

DtDynamicOceanObjectManager& makVrv::DtTritonManager::myDynamicOceanObjectManager

protected

DtTritonManager::TritonQuality makVrv::DtTritonManager::myTritonQuality

protected

The documentation for this class was generated from the following file:

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.tot/include/vrvTriton/DtTritonManager.h

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation